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Each step usually consists of training several (at least 5) models (using the same and other collected data to remove bias) and evaluating their results to ensure that the models aren't randomly performing well.
Models (first tf1.13, then tflite) must pass minimum quality control: 5 wake up in a row, 2h random input (ie 1h TV and 1h conversation) without false wake up
tf 1.13
tflite (this test is on hold for improvements to the incremental training methods)
Models must pass production quality control: 1 week: wake up every time, ~2-3 false wake ups (future goal: 1 false wake up per week!)
tflite
this is the current blocker for production level tflite models
Use Wake Word Data Prep models to test TF lite compression optimization
Once tflite has passed both quality controls, it's time to compress further!
Benchmark performance (CPU% raspi4, loss of quality of model)
Precise Rust
Runner
MFCC in rust
Precise tflite
Create new branch of Precise reflecting the results on compression (include CLI for people to pick between levels of compression)
The text was updated successfully, but these errors were encountered:
Phase two of the Wakeword Project
Each step usually consists of training several (at least 5) models (using the same and other collected data to remove bias) and evaluating their results to ensure that the models aren't randomly performing well.
Precise tflite
The text was updated successfully, but these errors were encountered: